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Neutron Scattering by Atoms
Description and Evaluation of Magnetic Structures
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absorption line alloys angle anisotropy constants anisotropy energy antiferromagnetic applied field applied magnetic field atoms beam Bragg calculations coefficients components contribution cubic crystals demagnetizing dependence detected determined dispersion curve dyne cm easy direction effect elastic electron resonance equation exchange interaction ferromagnetic resonance free energy frequency given hexagonal intensity ions iron l0 Nm lattice magnetic field magnetic form factor magnetic materials magnetic moments magnetic scattering magnetic structure factors magnetization density magnetometer magnetostriction magnitude magnon metals method microwave modulation neighbours neutron diffraction neutron scattering nuclear scattering observed obtained orbital paramagnetic parameters phonons Phys plane polarised polarized neutrons possible reflections Reproduced by permission rotating sample saturation scattering amplitude sensitivity shown in Figure single crystal specimen spectrometer spherical spin density spin wave strain gauges symmetry techniques temperature torque curve triple axis spectrometer unit cell unpaired electrons vector wavelength X-ray zero